OpenFlows Storm tool for storm water management and flood analysis.

Design, manage and optimize your sanitary and unit sewer systems

  • Use interoperable hydraulic modelling
  • Link 1D network elements to 2D runoff
  • Easily manage repair models and analyses with unlimited number of scenarios
  • Identify the depth and speed of storm-derived floods, as well as flood risks
Water system management software for engineers and planners.

Make relevant and thoughtful choices

  • Complete analyses of all aspects of storm sewer systems
  • Implement network design, operation, health load and topology strategies
  • Create stationary simulations (including peak flow) and continuous long-term simulations
  • Integrate data from multiple platforms with the power of real-time SCADA analysis
BeCAD software for water management in OpenFlows Water.

Reduce risks and ensure the resilience of your infrastructure

  • Reduce the risk of water-related catastrophic events
  • Assess and meet fire flow reliability requirements
  • Plan and respond to the needs of the population
  • Design cost-effective system extensions and rehabilitation strategies

Basic option to plan, design and manage urban sanitary and unit sewer systems, as well as reduce risks.

Includes:

• SewerCAD

Standard option to plan, design and manage urban sanitary and unit sewer systems, as well as reduce risks.

Includes:

• SewerCAD

Advanced option to plan, design and manage urban sanitary and unit sewer systems, as well as reduce risks.

Includes:

• SewerCAD
• SewerGEMS

The ultimate option for planning, designing and managing urban sanitary and unit sewer systems, as well as reducing risks.

Includes:

• SewerCAD
• SewerGEMS

BeCAD software for water and water infrastructure management.
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Key Features

Design and analysis

Design and analyze wastewater and combined systems

Analyze gravitational flows, overflows, flow distributions/deviations, pumping stations and forced pipes using different dry-time and wet-time calculation methods. Compare solutions through automated design of gravity systems and scenario management. OpenFlows Sewer also offers an intuitive environment for designing and analyzing storm systems, including water capture and bypassing, channels, retention basins, open canals and culverts.

Scenario management

Configure, evaluate, visualize and compare an unlimited number of scenarios in the same file. Analyze design, operation, health load and network topology strategies to improve decision making.

Interoperable hydraulic modelling

Model on multiple platforms while accessing a unique and shared project data source to optimize urban network planning and the design of overflow management solutions in a user-friendly and user-friendly environment.

Hydraulic analysis 1D/2D

Evaluate flood depth and speed, flood risks and flood times through intuitive features that link 1D network elements to 2D surface flows.

Multiple 1D hydraulic solver options

Perform 1D dynamic analyses using Saint-Venant equations. Use the GVF-Convex solver to analyze peak flows, automatically design storm networks and perform simulations over long periods.

Allocation and estimate of expenses

Accurately model flow variations during the day. Integrate wet rain flows from precipitation into your models, using integrated rain distributions or user-defined rain events.

User Word

OpenFlows Sewer was instrumental in examining the former main collector and identifying the optimal method of rehabilitation. Modeling of characteristics has significantly reduced labour-intensive work.

– Sanjay Guleria, Project Manager, NJS Engineering India

Licensing Options

Annual rental

Perpetual licence